A large uniformly charged flat plate is located in the yz plane (we see it from the side on the diagram opposite). A particle A whose charge is 5.5 µC is placed at (x = 1 m; y = 0). Knowing that the resulting electric field is zero at the coordinate point P (x =
A large uniformly charged flat plate is located in the yz plane (we see it from the side on the diagram opposite). A particle A whose charge is 5.5 µC is placed at (x = 1 m; y = 0). Knowing that the resulting electric field is zero at the coordinate point P (x =
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Transcribed Image Text:Physics
A large uniformly charged flat plate is
located in the yz plane (we see it from the
side on the diagram opposite). A particle A
whose charge is 5.5 µC is placed at (x = 1 m;
y = 0). Knowing that the resulting electric
field is zero at the coordinate point P (x =
2.5 m; y = 0), determine the surface charge
density of the plate. and k=9*109
Use a period, not a comma. Unit: uC/m^2
Dec.: 4 (we put a u for the µ)
Tosunun Tu au poinUI
densité surfacique de charge de la plaque. E=(8.854.10-¹²)
et k=9*109
plaque vue
de côté
unnus |^ — 2.0 1, y , atormINIO TU
C²
x (m)
2
N.m²
Utilisez un point et non une virgule. Unité: uC/m^2 Déc.: 4 (on met un u
pour le μ)
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